The Z9 GT Shooting Brake makes 1,139 hp in EV guise, hitting 62 mph in 2.7 seconds.
A PHEV variant offers 126 miles of electric range and a combined total of 500 miles.
BYD plans 3,000 European charging stations within 12 months alongside the launch.
BYD isn’t content with its core brand competing against the world’s biggest carmakers. It has now launched its premium Denza brand in Europe. There’s a certain irony here, as Denza was originally created as a joint venture between BYD and Mercedes-Benz owner Daimler, blending Chinese EV expertise with German premium know-how. It was established in 2010 before Mercedes-Benz gradually stepped back and exited entirely in 2024.
The rollout begins in Germany, France, Italy, Spain, and the UK, with two key models leading the way. By the end of 2026, Denza is expected to be present in 30 countries across the continent.
Those opening acts are the D9 DM-i minivan and the Z9GT Shooting Brake. The D9 leans on a plug-in hybrid setup, while the Z9GT gives buyers a choice between full electric and plug-in hybrid power. Their arrival also lines up with BYD’s wider push to roll out its Flash Charging system internationally. Over the next 12 months, the company aims to install 3,000 charging stations across Europe, with another 3,000 planned for markets beyond China.
Denza has already been selling the Z9GT Shooting Brake in China for quite some time, and it’s one of the country’s most intriguing family cars. Based on the firm’s e3 Platform, the all-electric model uses a sizeable 122.49 kWh battery pack, a front motor with 308 hp (230 kW) and 302 lb-ft (410 Nm) of torque, as well as two 416 hp (310 kW) and 295 lb-ft (400 Nm) motors at the rear axle, giving it a combined 1,139 hp (850 kW) and 892 lb-ft (1,210 Nm) of torque.
The sprint to 62 mph (100 km/h) is dealt with in just 2.7 seconds, and the top speed is 167 mph (269 km/h), more than enough for high-speed cruising on the German Autobahn. The EV has a quoted WLTP driving range of 372 miles (599 km), and thanks to BYD’s 1,500 kW Flash Charging system, it charges from 10-70 percent in five minutes and 10-97 percent in nine minutes.
A High-Powered Plug-In
The plug-in hybrid version uses a 2.0-liter turbocharged four-cylinder engine producing 170 hp (127 kW) and 236 lb-ft (320 Nm), along with a 268 hp (200 kW) front motor and two 248 hp (185 kW) rear motors producing 266 lb-ft (360 Nm) each, resulting in a combined output of 765 hp (570 kW) and 763 lb-ft (1,035 Nm).
It also features a sizeable 63.82 kWh battery and can travel 126 miles (203 km) on all-electric power, or 500 miles (805 km) when combined with the engine. It needs just 3.6 seconds to hit 62 mph (100 km/h) and tops out at 161 mph (259 km/h).
Both versions come standard with carbon ceramic brakes and include rear-wheel steering. They also included BYD’s advanced DiSUS-A dual-chamber air suspension system and can tow up to 2,000 kg (4,409 lbs). A rear-wheel-drive-only version of the electric Z9 GT will launch later this year, boasting greater driving range.
The D9 DM-i minivan features a plug-in hybrid, all-wheel-drive powertrain delivering up to 130 miles (209 km) of electric-only range and a combined range of 590 miles (950 km). It also supports BYD’s Flash Charging technology.
Market-specific pricing for the new Denza models has yet to be announced, though details are expected to follow shortly.
The Z9GT Shooting Brake churns out a massive 1,139 hp in EV guise.
A plug-in hybrid version with a 63.82 kWh battery is also offered.
Joining the sleek Z9GT Shooting Brake is Denza’s D9 DM-i minivan.
Not satisfied with its namesake brand expanding worldwide and rivaling some of the world’s largest car manufacturers, BYD has officially launched its premium Denza brand in Europe. Bringing with it two compelling models, the firm is initially launching in Germany, France, Italy, Spain, and the UK, but by the end of 2026, it will be present in 30 countries across the continent.
The two models launched are the D9 DM-i minivan and the Z9GT Shooting Brake. The D9 is a plug-in hybrid, while the Z9GT is offered in all-electric and plug-in hybrid guises, and the launch of both models coincides with BYD’s planned international rollout of its new Flash Charging system. Within the next 12 months, it plans to establish 3,000 stations in Europe and 3,000 others in markets outside of China.
Denza has already been selling the Z9GT Shooting Brake in China for quite some time, and it’s one of the country’s most intriguing family cars. Based on the firm’s e3 Platform, the all-electric model uses a sizeable 122.49 kWh battery pack, a front motor with 308 hp (230 kW) and 302 lb-ft (410 Nm) of torque, as well as two 416 hp (310 kW) and 295 lb-ft (400 Nm) motors at the rear axle, giving it a combined 1,139 hp (850 kW) and 892 lb-ft (1,210 Nm) of torque.
The sprint to 62 mph (100 km/h) is dealt with in just 2.7 seconds, and the top speed is 167 mph (269 km/h), more than enough for high-speed cruising on the German Autobahn. The EV has a quoted WLTP driving range of 372 miles (599 km), and thanks to BYD’s 1,500 kW Flash Charging system, it charges from 10-70 percent in five minutes and 10-97 percent in nine minutes.
A High-Powered Plug-In
The plug-in hybrid version uses a 2.0-liter turbocharged four-cylinder engine producing 170 hp (127 kW) and 236 lb-ft (320 Nm), along with a 268 hp (200 kW) front motor and two 248 hp (185 kW) rear motors producing 266 lb-ft (360 Nm) each, resulting in a combined output of 765 hp (570 kW) and 763 lb-ft (1,035 Nm). It also features a sizeable 63.82 kWh battery and can travel 126 miles (203 km) on all-electric power, or 500 miles (805 km) when combined with the engine. It needs just 3.6 seconds to hit 62 mph (100 km/h) and tops out at 161 mph (259 km/h).
Both versions come standard with carbon ceramic brakes and include rear-wheel steering. They also included BYD’s advanced DiSUS-A dual-chamber air suspension system and can tow up to 2,000 kg (4,409 lbs). A rear-wheel-drive-only version of the electric Z9 GT will launch later this year, boasting greater driving range.
The D9 DM-i minivan is equipped with a plug-in hybrid, all-wheel drive powertrain offering 130 miles (209 km) of electric driving range, and a combined driving range of 590 miles (950 km). It also supports BYD’s Flash Charging technology.
Market-specific pricing details for the new Denza models have yet to be announced, but are expected to be confirmed soon.
New EVs are now out-selling petrol-powered cars in the country.
On January 1, Germany reintroduced subsidies for electric cars.
Sales of hybrid and plug-in hybrid models are also on the rise.
It hasn’t taken long for the EV pendulum to swing back in Germany. Less than a year after Europe’s biggest car market pulled the plug on EV subsidies and watched demand stumble, fresh incentives have stepped in and buyers are piling back in like the discount aisle just reopened.
Despite economic jitters tied to trade tensions and the war in Iran, Germany’s car market picked up pace in March, with registrations rising 16 percent compared to the previous month. A total of 294,161 vehicles were registered, and a striking 24 percent of them were battery-electric. That translates to 70,663 EVs sold during the month.
This surge has pushed EVs ahead of both petrol and diesel models, which now account for 22.8 percent and 12.8 percent of the market, respectively.
This represents a significant 66.2 percent increase over the 42,521 sold in March of last year. Year-to-date, a total of 159,630 BEVs have been sold, up 41.3 percent from the 112,968 sold across the January-March period in 2025.
Hybrids Join The Party
It’s not just EVs that have surged in popularity this year. Sales of hybrid models, including plug-in hybrids, climbed 16.2 percent in March to 117,845 units. First-quarter figures are up as well, rising 10.4 percent to 282,600 units. Hybrids now account for 40.1 percent of all new car registrations in the country.
Several brands contributed to the surge in electrified vehicle sales. For example, BYD sold 3,438 vehicles in March, up 327.1 percent from the year prior. Sales from Leapmotor also rose 318.1 percent to 1,388, and Tesla sales climbed 315.1 percent to 9,252 units. This year, 12,829 new Tesla models have been sold in Germany, up 160 percent from the same period last year.
Among established brands, Opel (+43.0%), Audi (+25.0%), and BMW (+16.5%) posted strong gains in March, while Skoda reached an 8.4 percent market share, making it the top import brand.
As of January 1, new electric vehicles registered in Germany are exempt from motor vehicle tax until December 31, 2035. Additionally, EVs are eligible for a base subsidy of €3,000 ($3,500) and up to €6,000 ($7,000) for lower-income households. Similarities, plug-in hybrids, and extended-range EVs can receive subsidies of up to €4,500 ($5,200).
Overall registrations for the first quarter of the year rose by 5.2 percent compared to the same period last year.
German firm Ari Motors has turned its compact LCV into a very small camper.
It sits in the L7e class and uses a modest electric motor with about 20 hp.
Rear module forms a configurable living area measuring about 30 square feet.
Campers have built a loyal following across Europe, with midsize LCVs emerging as the go-to base for conversion specialists. Not everyone needs that much space, though, and that gap has led German firm Ari Motors to create what may be the smallest camper currently on sale in the country, and possibly, the entire continent.
It’s based on the Ari 458 Pro, which the company describes as the largest van in the L7e category, a niche segment to begin with. At just 3,820 mm (150.4 inches) long, this tiny camper is barely longer than a current Fiat 500e at 3,632 mm (143.0 inches). It’s also still shorter than a Mini Cooper hatch at 3,858 mm (151.9 inches) and even undercuts a Mazda MX-5 ND at 3,915 mm (154.1 inches).
Up front, it keeps the same cheerful face, undersized wheels, and two-seat cabin as the LCV. Like several other Ari Motors products, it’s likely sourced from a Chinese partner.
Tiny Living Space Layout
The real talking point sits at the back. The rear module resembles a compact suitcase with small windows cut into it, forming a tiny living space. Ari says it offers 2.8 square meters (30 square feet) of usable area, with a maximum interior height of 1.85 m (72.8 inches).
In order to keep the entry price as low as possible, the camper is offered without any furniture. It is, in effect, an empty box on wheels. What you do get is the “necessary utility infrastructure,” which covers a water system with fresh and wastewater tanks, plus 230-volt sockets.
Photos Ari
Those who want a complete camper experience have to source a bed, rear seating, a table, a kitchenette, and a portable toilet from other companies. Ari Motors does offer a “minimalist” interior conversion built at its Borna facility near Leipzig, though it has yet to show what that actually looks like.
Up front, equipment is predictably sparse. There are electric windows, central locking, Bluetooth, a digital instrument cluster, a reversing camera, and a single cup holder. Air conditioning is optional, as are solar charging and a trailer coupling.
Electric Powertrain Specs
The Ari 458 Pro uses a single electric motor producing 20 hp (15 kW), which sits right in line with L7e regulations. Opt for the largest battery, and it delivers up to 230 km (143 miles) of range, while top speed is capped at 70 km/h (44 mph).
There is nothing particularly sophisticated happening underneath. Like most heavy quadricycles, it operates outside the stricter standards applied to conventional passenger cars.
How Much Does It Cost?
Beyond the camper variant, the Ari 458 Pro comes in more than 30 configurations. Buyers can choose from a box van, food truck, flatbed, tipper, or even a compact garbage truck. Pricing starts at €15,790 ($18,200) before taxes for the base LCV, while the camper version opens at €30,381 ($35,100) in Germany.
The EV2 starts at €26,600, positioning it as an accessible entry EV.
Multiple trims and seating layouts give buyers flexibility across the lineup.
Kia has confirmed the EV2 will not be sold in the United States.
Fresh off the Kia EV2’s global premiere in Brussels earlier this year, the brand has opened order books for its latest all-electric SUV in Germany and other European markets, revealing a starting price of just €26,600 ($30,800 at current exchange rates). At that level, it feels like a missed opportunity that the EV2 isn’t headed to the United States, though tariffs would likely erode much of its affordability if it ever made the trip across the Atlantic.
For European shoppers who’d rather not pay upfront for the EV2, the new car can be leased for as little as €239 ($275) per month. There are also plenty of versions on offer, ensuring there’s an EV2 to suit everyone.
The base version is known as the Light and comes equipped with a 42.2 kWh battery pack and a single electric motor rated at 146 hp. This model has a relatively limited range of 197 miles (317 km), but that should be enough for most Europeans, particularly those living in large urban centers. Helping to further lower the cost of this version is the fact that it’s sold exclusively as a four-seater.
What Else Is On Offer?
Sitting above the EV2 Light is the Air, which is a five-seater. It retains the same battery and motor as the Light in standard guise, but starts at €28,990 ($33,600). Kia also sells it with a larger 61 kWh battery pack and a 135 hp motor, boosting the range to 281 miles (453 km). This version starts at €33,490 ($38,800).
Kia will also sell the EV2 in Earth and GT-Line configurations. The Earth is available as either a four-seater or five-seater with the 42.2 kWh pack and 146 hp motor, priced from €31,290 ($36,200), topping out at €31,590 ($36,600), and both with a 191-mile (308 km) driving range.
The GT-Line then starts at €36,890 ($42,700) for the five-seater with the 61 kWh pack and 135 hp motor, and tops out at €37,190 ($43,100) for the four-seater with the same powertrain. Both versions have a claimed driving range of 256 miles (413 km).
It’s not just the EV2 that the US misses out on. Kia originally intended to sell the EV4 in the United States but axed those plans late last year, likely due to concerns that it wouldn’t sell well.
VW workers got the first glimpse of the ID. Golf silhouette.
The electric hatchback will use VW’s new SSP platform.
Production of the ID. Golf will remain in Wolfsburg.
Volkswagen’s future is starting to take shape in Wolfsburg, and yes, it still looks like a Golf. During a works council meeting on March 4, 2026, trade union IG Metall revealed the first official teaser of the next-generation VW Golf, a model that will carry the icon into the EV era.
The file name includes the ID. Golf moniker, effectively confirming earlier rumors that VW plans to combine traditional nameplates with the ID prefix for future EVs. The approach was kick-started by the smaller ID. Polo and is expected to spread across a wide range of models.
The Return Of The King
Everyone knows VW prefers to play it safe, particularly with one of its most important models. The Golf has evolved gradually over the decades, effectively turning into the Porsche 911 of mainstream hatchbacks.
Against that backdrop, the first teaser reveals a familiar shape with clear references to earlier generations of the Golf. The front end looks boxier than the current model, recalling the Golf III and the Corrado coupe from the ’90s.
The profile shows pronounced fenders reminiscent of the Golf VII, and it is expected to retain the signature C-pillar that has defined the nameplate since the beginning. Around the back, the tail blends cues from the Golf II and Golf VIII, topped by a large roof spoiler that extends the aerodynamic roofline.
Overall, the ID. Golf looks far more like a traditional hatchback than the ID.3 it is meant to replace. The current Golf VIII is not disappearing just yet, either. It will continue alongside the EV as an ICE-powered alternative.
Inside, the Golf is expected to place greater emphasis on physical controls, paired with vintage-style graphics for the digital cockpit and sustainable materials for the upholstery. The odds are it will also be more spacious and practical than its predecessors.
New Underpinnings
The ninth-generation Golf will ride on the Scalable Systems Platform (SSP), using zonal architecture and software developed in partnership with Rivian. It will feature an 800-volt system and cell-to-pack battery technology, most likely with both single and dual-motor setups. Alongside the standard ID. Golf, hotter hatch variants wearing the GTI and R badges are expected.
Other VW Group models set to use the same underpinnings include the upcoming ID. Roc, ID. Tiguan, and ID. Touareg SUVs, along with the next Skoda Octavia.
When Will It Arrive?
According to the Volkswagen Works Council newspaper, the fully electric hatchback is meant to carry the Golf’s long-running success story into the next decade as the company moves toward 2030.
VW has not confirmed a precise launch date. Earlier reports pointed to possible delays until 2030, blamed on production hurdles, shifting EV demand, and the ever-present issue of cost. However, some sources claim the new Golf will arrive sooner, with a debut in 2028, while other reports place it a year later, in 2029.
One thing that is confirmed is a reshuffle in production. Assembly of the current ICE-powered Golf VIII will move to Puebla, Mexico in 2027. That change frees up Volkswagen’s Wolfsburg plant in Germany to build the electric ID. Golf, which was the key takeaway from the recent announcement by the IG Metall union. To prepare for it, the facility is undergoing what VW describes as extensive renovations for state-of-the-art production processes.
Standing on a platform at a Bahnhof or train station in Germany early one morning, watching students filter onto a regional train with backpacks slung over their shoulders, it struck me just how different pupil transportation is here compared to what I have spent most of my career studying and teaching in the U.S. No flashing lights. No crossing arms. No dedicated “school-only” environment. Just students, moving confidently and independently through a public transportation system designed to include them.
In Germany, pupil transportation is not treated as a specialized service owned and operated by schools. Instead, it is understood as a shared civic responsibility. One woven into the fabric of public infrastructure, reinforced by law, education and cultural expectations. The result is a system that looks radically different from the yellow-bus model most Americans know, yet functions with remarkable efficiency and safety.
One of the most noticeable differences I encountered was how heavily Germany relies on public transportation—known broadly as Öffentlicher Personennahverkehr (ÖPNV)—to move students. In cities and suburbs alike, students routinely use Linienbusse (city buses), Straßenbahnen (trams), U-Bahn and S-Bahn systems, and Regionalzüge (regional trains). These are not “student-only” vehicles. They are the same systems used by office workers, retirees and tourists.
Students who qualify for transportation assistance receive a Schülerticket or Jugendticket, subsidized or fully funded by local municipalities (Kommunen) or the federal states (Länder). In many regions, these passes are valid beyond school hours, reinforcing the idea that mobility is part of daily life—not a narrowly defined school function.
As I observed students navigating routes and transfers, it became clear that independence is not optional here. It is expected. Even younger students demonstrate a working knowledge of timetables (Fahrpläne), platform signage and transfer points. This competence does not appear by accident. Verkehrserziehung—traffic and transportation education—is introduced early in German schools and reinforced repeatedly as children grow.
The Differences of U.S. Yellow School Bus Transportation
Back home in the U.S., pupil transportation is far more centralized and tightly controlled. School districts typically operate or contract dedicated fleets governed by extensive regulations at both the federal and state levels. American school buses are marvels of passive safety engineering, built to protect students even in hostile traffic environments. However, this model also ties student mobility to specialized vehicles, specialized drivers and funding streams that are increasingly fragile.
In Germany, the focus shifts away from specialized vehicles and toward system-wide safety design. Around schools, I consistently saw Tempo-30-Zonen. Reduced speed zones enforced not just by signage, but by roadway narrowing, raised crosswalks and visual cues that force drivers to slow down. Fußgängerüberwege (pedestrian crossings) are clearly marked, well lit, and treated seriously by drivers.
Cycling infrastructure is another major pillar. Germany’s Radwege—dedicated bicycle lanes—are often physically separated from vehicle traffic, not merely painted lines on asphalt. Students cycling to school are not treated as anomalies. They are anticipated users of the transportation system.
In the U.S., safety strategies often compensate for infrastructure shortcomings by relying heavily on the school bus itself. Stop arms, flashing lights and strict loading procedures act as mobile safety zones. In Germany, safety is embedded into the environment long before a student ever steps onto a vehicle.
Walking and cycling to school are not fringe behaviors here, rather they are normalized. Younger students often walk together along designated Schulwege (school routes), sometimes participating in what Germans call a Laufbus, the equivalent of a “walking bus.” These routes are mapped, communicated to families, and designed to minimize risk exposure.
Older students routinely travel alone, whether on foot, by bike, or via public transit. While this level of independence might raise eyebrows in the U.S., in Germany it is viewed as a critical developmental step. Children are taught how to assess risk, not avoid it entirely.
Dedicated school buses—Schulbusse—do exist in Germany, primarily in rural regions where public transit coverage is limited. However, even these buses look different from their American counterparts. They are often standard coaches or city buses with minimal external markings. They lack stop arms or specialized lighting systems, reinforcing the notion that responsibility for student safety does not rest solely on the vehicle.
This difference is jarring for American professionals, but it reflects a deeper cultural expectation: All road users share responsibility for safety, and traffic laws are consistently enforced. German driver training standards are rigorous, and compliance with Verkehrsregeln (traffic rules) is culturally ingrained.
Special needs transportation further illustrates Germany’s integrated approach. Students with disabilities receive individualized transportation accommodations arranged through municipal authorities in coordination with social services, not solely through school systems. This may involve specialized vehicles, door-to-door service or escorted travel on public transit depending on need.
Accessibility is treated as a societal obligation rather than an educational exception. In the U.S., special education transportation is often managed almost entirely by school districts, adding complexity and cost to already strained systems. Germany distributes that responsibility across public institutions.
Perhaps the most important lesson I took from being in Germany is philosophical. The German pupil transportation system assumes that safety is created through design, education and accountability — not isolation. Students are not shielded from the transportation system. They are trained to function within it.
In the U.S., we often build systems designed to protect students from risk. Germany builds systems designed to reduce risk at its source. That difference matters. Especially as U.S. districts face driver shortages, rising costs and expanding safety mandates.
Germany’s model is not directly transferable to every American community. Many U.S. regions lack the density, transit infrastructure or legal frameworks to replicate it wholesale. Rural geography, suburban sprawl and fragmented governance present real challenges. But the value lies in the comparison.
By studying Germany’s use of ÖPNV, Schulwegplanung (school route planning), Verkehrserziehung, and integrated accessibility models, U.S. transportation leaders can identify concepts—not replicas—that may strengthen our own systems. Infrastructure investment, early safety education, shared responsibility, and multimodal planning all have a place in the American conversation.
Being in Germany reminded me that pupil transportation is not just about moving students. It is about shaping how young people engage with their communities. When transportation is treated as a shared civic responsibility rather than a standalone service, students gain more than a ride. They gain independence, situational awareness and confidence that extends far beyond the school day.
Watch for my next article in this series, where we travel “down under” to explore how Australia conducts pupil transportation.
Bret Brooks
Bret E. Brooks is the chief operating officer for Gray Ram Tactical, LLC, a Missouri-based international consulting and training firm specializing in transportation safety and security. He is a keynote speaker, author of multiple books and articles, and has trained audiences around the world. He can be reached at BretBrooks@GrayRamTacticalTraining.com.
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